Short message platform optimization system and method of distribution network first-aid repair command platform

Abstract

The invention discloses a short message platform optimization system and method of a distribution network first-aid repair command platform. The short message platform optimization system comprises a distribution network first-aid repair command platform. The distribution network first-aid repair command platform obtains user information from an electric power marketing service application system, obtains data from a power utilization information collection system, obtains distribution network fault information from a distribution automation system, collects user repair reporting information from a 95598 system, and obtains geographical coordinate information from a power grid GIS system. All the obtained information is stored in a fault information list. Fields are extracted from the fault information list to generate a short message template database. When a real fault work sheet is received, an address fuzzy query means is adopted in the short message template database to extract corresponding contents, and a first-aid repair work sheet short message is generated. The distribution network first-aid repair command platform sends the first-aid repair work sheet short message to a mobile terminal of a first-aid repair team, and provides a first-aid repair result of the first-aid repair team to a mobile terminal of a user as feedback in real time.

Description

technical field [0001] The invention relates to a short message platform optimization system and method for a distribution network emergency repair command platform. Background technique [0002] At present, the distribution network emergency repair command platform has access to the SMS platform function, and emergency repair personnel can carry mobile terminal equipment to the fault location for emergency repair. The diversity of business processing work orders, and the emergency repair personnel can rush to the fault site at any time when they receive the fault work order under the condition of carrying the terminal equipment, so that the emergency repair personnel have regional overall control over the fault repair and reduce the arrival of faults The time required on site. [0003] But there are also some constraints: [0004] From the perspective of terminal dispatching, mobile terminals in most remote areas have factors such as unstable signals and poor signals; ...

AI Technical Summary

Problems solved by technology

[0009] (1) When sending short messages, it is impossible to automatically fuzzy compare the repair address according to the address information reported by the customer, and automatically correspond to the repair team in the region

[0010] (2) The SMS platform cannot automatically screen bad SMS messages, which poses a security risk

[0011] (3) Customers who apply for repair cannot know the progress of emergency repair in real time

Most of the fault information reported by users is only the user's address information, which cannot meet the requirements of on-site repair personnel to quickly and accurately determine the faulty equipment and location

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